Constraint-Driven Decomposition of Hybrid Classical–Coherence-Sensitive Systems

This technical report examines how hybrid systems that combine classical control logic with coherence-sensitive subsystems may be decomposed into functional domains based on fundamental constraints such as timing, noise, latency, and coherence sensitivity. Rather than proposing a specific architecture or implementation, the analysis focuses on constraint-driven partitioning as a systems-level methodology for managing interactions between disparate physical regimes. This document is provided solely for technical scrutiny and discussion and does not constitute a system disclosure, commercial offering, or request for collaboration.